Research on an X-ray non-destructive testing system for conveyer belt with steel wire ropes

The thesis conducts a deep research on an X-ray non-destructive testing system for the conveyer belt with steel wire ropes, and proposes the detailed design program. By researching the image processing algorithm of the conveyer belt, the research realized the marginal check, joint elongation check and breakdown location. Meanwhile, a system software was developed by using the C#.NET programming design language, which realized online examination, processing, real-time display and storage. This system can detect the image of the conveyer belt online, process and analyze. Consequently, it will give an alarm as soon as it detects the steel wire ropes´ corrosion, fracture as well as the joint elongation efficiency. Therefore, the system will bring about remarkable economic returns and social benefits.